In order to accurately understand how does a spectrophotometer work, the first thing you need to understand is how color functions.

Did you know the color can be measured? Spectrophotometers are devices made for that purpose--  to capture and assess color.

The third and the final part is finally here. We’ve gathered 3 more tips for spectrum measurement, and we conclude the series with this part.

We've started a new series of articles, this time about spectrum measurement.

The things are changing. Spectrum is getting more and more crowded, so detecting a single source can be challenging sometimes.

Photosynthesis is something we’ve all learned about back in elementary school, and, of course, the fundamental part of it is sunlight.

The measurement and analysis of any optical signals is not an easy task, and probably the hardest one is spectrum analysis.

Spectrum analyzers, according to Wikipedia, “measure the magnitude of an input signal versus frequency within the full frequency range of the instrument. The primary use is to measure the power of the spectrum of known and unknown signals.“